gas coolant
- 网络气体冷却剂
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In order to repeat this chilling performance , the gas coolant has to release heat energy and change back to liquid state .
为了重复前面的降温过程,气态的冷凝剂必须释放热能并转化为液态。
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Through compression , the gas coolant in the coils has become warmer than room temperature and can now release its heat energy to the air .
通过压缩,螺旋管内气态冷却剂的温度变得比室温更高,这样便可能把热量释放到空气中。
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In order to investigate the performance of gas coolant temperature mixing in the outlet of a 350 MW HTR-Module with annular pebble bed core , a simulating test has been completed in a 1 ' 3 . 7 analogical simulating test model .
为了研究冷却剂在具有环形堆芯的350MW球床模块式高温气冷堆堆底流道中的温度混合性能,在1:3.7的相似模拟试验台架上进行了模拟试验研究。
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The numerical model treats the hot gas flow and coolant flow as one dimensional .
燃气流与冷却水流采用一维流动模型计算。
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A nuclear reactor using gas as a coolant .
用气体做冷却剂的核子反应堆。
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Engine heat balance test is conducted in engine performance bench including the dynamometer bench , exhaust gas analyzer and coolant circulating systems .
发动机热平衡试验是在发动机性能台架上进行的,发动机性能台架包括测功机、废气分析仪和冷却液循环系统等。